Brilliant的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列評價、門市、特惠價和推薦等優惠

On Intersectionality: Essential Writings

為了解決Brilliant的問題，作者Crenshaw, Kimberlé 這樣論述：

A major publishing event, the collected writings of the groundbreaking scholar who "first coined intersectionality as a political framework" (Salon)For more than twenty years, scholars, activists, educators, and lawyers--inside and outside of the United States--have employed the concept of inters

ectionality both to describe problems of inequality and to fashion concrete solutions. In particular, as the Washington Post reported recently, "the term has been used by social activists as both a rallying cry for more expansive progressive movements and a chastisement for their limitations." Drawi

ng on black feminist and critical legal theory, Kimberl Crenshaw developed the concept of intersectionality, a term she coined to speak to the multiple social forces, social identities, and ideological instruments through which power and disadvantage are expressed and legitimized.In this comprehens

ive and accessible introduction to Crenshaw's work, readers will find key essays and articles that have defined the concept of intersectionality, collected together for the first time. The book includes a sweeping new introduction by Crenshaw as well as prefaces that contextualize each of the chapte

rs. For anyone interested in movement politics and advocacy, or in racial justice and gender equity, On Intersectionality will be compulsory reading from one of the most brilliant theorists of our time.

Brilliant進入發燒排行的影片

一種針對多資料流之公平性與多個NVMe固態硬碟之負載平衡的狀態感知方法

為了解決Brilliant的問題，作者陳亮廷 這樣論述：

現今，固態硬碟（SSD）與傳統硬碟（HDD）相比，憑藉其體積小、功耗低、抗震、靜音、存取速度快、非易失性等顯著優勢，成為存儲設備的最佳選擇。越來越多的場景採用多SSD架構來提升性能和擴展存儲容量，例如雲服務、資料中心、分散式系統和虛擬化環境。當多個用戶（資料流）同時競爭多個共享的SSD時，如果多SSD架構缺乏多個用戶之間的公平策略，那麼佔用資源較多的用戶可能會影響其他用戶。同時，如果多SSD架構缺乏多個共享SSD之間的負載平衡策略，某些特定SSD可能會收到過多的I/O請求，從而降低性能並縮短使用壽命。因此，我們提出一種有趣的狀態感知方法來考慮多資料流之公平性與多個NVMe固態硬碟之負載平衡。

實驗結果表明，與其他方法相比，本文提出的方法平均提高了1.2x~1.4x的公平性和1.2x~2.6x的負載平衡。

National Geographic Readers: Animal Tails (L1/Co-Reader)

為了解決Brilliant的問題，作者Davidson, Rose 這樣論述：

Why do animals have tails? Parents and kids together will discover unique animals and learn all the cool ways their tails help them move, communicate, and keep safe. This Level 1 Co-Reader takes readers around the world to meet some kid-favorite and new creatures whose tails have remarkable abili

ties. Learn how dolphins use their powerful fins to swim up the Amazon River, why a pangolin uses its scaly tail to curl into a ball, and how a mom and baby spider monkey swing from tree to tree with a fluffy long tail! Each page will dazzle and delight with new and familiar creatures and amazing fa

cts. Fun activity pages allow parents and kids to engage with the content even more while also building their vocabulary. National Geographic Kids Readers have been a hit in the beginning reader category, and this book builds upon that success with a different approach--parents and children reading

together. With the same combination of careful text, brilliant photographs, and fun approach to high-interest subjects that has proved to be a winning formula with kids, National Geographic Co-readers provide one page of adult read-aloud and one page of kid read-aloud text on each spread, building t

oward a collaborative reading experience. So come along for a tale of animal tails and learn what makes them so special!

生物炭及離子液體之複合物對污染物處理之研究

為了解決Brilliant的問題，作者曾齡萱 這樣論述：

本研究之生物炭由廢木材及廢菱角殼熱解製成，並複合離子液體作為吸附劑及光觸媒。以離子液體(1-butyl-3-methylimidazolium hexafluorophosphate ([C4mim][PF6])與1-butyl-3-methylimidazolium chloride ([C4mim]Cl))改質之廢菱角殼生物炭(ILs/WCSB)提升對溶液中Cr(VI)及As(III) (Cr(VI)/As(III))之吸附能力。經由FTIR及1H NMR分析顯示以[C4mim][PF6]改質之WCSB ([C4mim][PF6]/WCSB)對As(III)具有提高吸附量之效能，而以[C

4mim]Cl改質之WCSB ([C4mim]Cl/WCSB)則是對Cr(VI)具有提高吸附量之能力。通過RSM/Box-behnken實驗設計獲得最佳吸附操作條件為溶液pH值為7、2.9% [C4mim][PF6]/WCSB、1%[C4mim]Cl/WCSB，此外，以2.9% [C4mim][PF6]/WCSB與1% [C4mim]Cl/WCSB吸附pH 7 之Cr(VI)/As(III)混合溶液，等溫吸附實驗數據均符合Freundlich和Langmuir等溫吸附模式，動力學吸附實驗數據均符合Pseudo-first-order和Pseudo-second-order方程式。以溶劑熱法將尿

素、木炭及離子液體(1-butyl-3-methylimidazolium tetrafluoroborate, [C4mim][BF4])複合於TiO2製成複合光觸媒(Urea-WB-BF4-Ti)，通過RSM/Box-behnken實驗設計獲得最佳實驗操作條件製成之複合光觸媒為2.25Urea-29.3WB-5BF4-Ti，於500 W/m2氙燈下以2.25Urea-29.3WB-5BF4-Ti對MeO溶液進行光降解90 min可達完全降解並無副產物。由XRD分析得知[C4mim][BF4]之[C4mim]+有助於形成TiO2形成銳鈦礦晶型，並抑制金紅石和板鈦礦的晶型。由XPS O 1s光

譜可知TiO2之晶格氧與尿素之N、木炭之羧基及[C4mim][BF4]之[C4mim]+產生鍵結分別生成Ti-O-N、表面OH基團及Ti-O-C，有助於降解甲基橙。XRD及XPS分析結果顯示2.25Urea-29.3WB-5BF4-Ti有助於提升光降解甲基橙效能。